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Article
Improvement of the hydrogen-storage performances of Li–Mg–N–H system
Li2MgN2H2 can reversibly store more than 5.5 wt% hydrogen. However, the high activation energy of hydrogen desorption poses a kinetic barrier for low-temperature operation. In this work, the composition of the Li...
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Article
Effects of Ce-Based Dopants on the Hydrogen Storage Material of NaAlH4
Cerium in various chemical forms was introduced into NaAlH4 to study the hydrogen sorption properties of the resulted material. Although all the Ce precursors tested in this work resulted in a reversible hydrogen...